SMART GREENHOUSE CONTROL SYSTEM AND METHOD

Disclosed in the present invention are a smart greenhouse control system and method. The system comprises a data collection module, a smart control module and an execution device module, wherein the data collection module contains a plurality of sensors, and can collect a plurality of pieces of in-greenhouse environment data that affects the growth of plants and transmit same to the smart control module; and the smart control module performs analysis, comparison and processing by means of preset parameters, and outputs a control signal to the execution device module for environment regulation and control in order to adjust an in-greenhouse environment to a state that is most suitable for the growth of plants. Moreover, the system contains a plurality of auxiliary modules, and functions of the system can also be expanded by means of adding peripheral devices. The smart greenhouse control system performs automatic monitoring and control on factors such as the temperature, the humidity, the illumination and carb